3 papers
nlin.CD2008
Intermittency and Thermalization in Turbulence
Jian-Zhou Zhu, Mark Taylor
A dissipation rate, which grows faster than any power of the wave number in Fourier space, may be scaled to lead a hydrodynamic system {\it actually} or {\it potentially} converge…
nlin.CD2007
Anisotropic small-scale constraints on energy in rotating stratified turbulence
Susan Kurien, Beth Wingate, Mark Taylor
Rapidly rotating, stably stratified three-dimensional inviscid flows conserve both energy and potential enstrophy. We show that in such flows, the forward cascade of potential enst…
nlin.CD2003
Cascade time-scales for energy and helicity in homogeneous isotropic turbulence
Susan Kurien, Mark A. Taylor, Takeshi Matsumoto
We extend the Kolmogorov phenomenology for the scaling of energy spectra in high-Reynolds number turbulence, to explicitly include the effect of helicity. There exists a time-scale…